Drip Lines
IrriSmart offer 2 bespoke dripline solutions, The spacings and flow rates have been developed over may years in French vineyards although we can create bespoke to suit any location, climate, environment, planting or soil type.
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UniWine AS – this system is designed for new vineyard and is installed below the surface, this reduces damage from insects and animals, also transpiration, and humidity therefore reducing disease risk.
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UniWine RC – is specifically designed for established vineyards and can be laid on the ground or clipped to wire support to keep it away from damage.
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Both system give 100% uniform aplication from the first emitter to the last. And with proper system design will give 100% uniform aplication of water and nutrients across the whole vineyard.
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HPNow's - HPGen
Onsite Generation of Hydrogen Peroxide
HPNow's HPGen® systems produce Peroxide UltraPure™ on demand — using only water, electricity and air. No chemicals to transport. No hazardous storage. Just clean, effective oxidation.
High purity hydrogen peroxide
Traditional hydrogen peroxide is manufactured in large centralised plants, then transported in concentrated form — creating logistical cost, safety risk, and a significant carbon footprint.
HPNow's patented electrochemical process flips that model entirely. Our HPGen® systems generate low-concentration, high-purity Peroxide UltraPure™ on-site, continuously and autonomously, from nothing but electricity, air and water.
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No chemical supply chain or hazardous deliveries
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Breaks down to pure water and oxygen after use — fully circular
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Autonomous operation with cloud monitoring
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Proven across agriculture, industrial, data centers and municipal water
Why Onsite Peroxide Generation?
Three interconnected advantages that make HPNow's approach fundamentally different from incumbent chemical water treatment.
Direct Electrochemical Synthesis
Hydrogen peroxide is produced directly from water, electricity and air via our proprietary oxygen reduction reaction. No liquid electrolyte. No gaseous inputs. Record-high efficiencies from breakthrough cell design.
Reduced Logistical Complexity
With on-site generation, HPGen® helps eliminate many of the challenges linked to transporting, storing, and handling hydrogen peroxide. This reduces reliance on external supply chains and supports more reliable, streamlined operations.
Fully Circular Solution
Peroxide UltraPure™ decomposes entirely to water and oxygen following treatment — leaving zero chemical residuals in discharge. A genuine end-to-end circular water treatment solution.
Direct Electrochemical Synthesis of H₂O₂
Patented Technology
HPNow's core technology is the direct electrochemical synthesis of hydrogen peroxide from only three inputs: water, electricity and air. The process takes place inside a compact electrolytic cell, where oxygen from air undergoes reduction at the cathode to form hydrogen peroxide in an aqueous solution.
The breakthrough lies in the electrode design and membrane architecture — a solid polymer electrolyte membrane replaces liquid electrolyte entirely, eliminating a major source of complexity, maintenance and contamination risk.
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No liquid electrolyte — solid membrane electrolyte only
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No gaseous hydrogen produced as a by-product
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No vaporized water inputs required
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Record electrochemical efficiency via proprietary ORR catalyst
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Produces low-concentration, high-purity Peroxide UltraPure™
From Three Inputs to Treatment
The HPGen® system integrates the full process chain — from commodity inputs to dosed, treated water — in a single compact unit.
Onsite vs. Conventional Chemical Treatment
The contrast with conventional industrial hydrogen peroxide procurement is stark — in cost, safety, sustainability and regulatory exposure.
✓ HPNow Onsite Generation
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Low-concentration Peroxide UltraPure™ — not classified hazardous
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Generated on demand at point of use — no storage tanks
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Zero transport emissions — only electricity, water and air needed
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No specialist handling — safe for standard operators
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Complete supply independence — no procurement risk
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Breaks down to water and oxygen — zero residual discharge
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Single autonomous system replaces multiple chemical programmes
⚠ Conventional Chemical Procurement
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High-concentration H₂O₂ (35–70%) classified as hazardous
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Requires specialist transport and storage infrastructure
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Significant supply chain emissions and logistics cost
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Strict PPE and handling protocols for operators
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Dependent on third-party supply — price and availability risk
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Chemical residuals in discharge raise regulatory concerns
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Multiple synthetic chemical additives often required
HPGen® A-Series
A fully self-contained, compact unit generating Peroxide UltraPure™ on demand — from only electricity, water and air.
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Compact · Self-contained
Designed for decentralised applications where space and simplicity are priorities. Minimal installation footprint, plug-and-play commissioning, and autonomous operation with remote cloud monitoring.
Specification
Form factor
Installation
Monitoring
Applications
Detail
Form factorSingle compact enclosure
Minimal — plug-and-play
Cloud-connected, autonomous
Greenhouses, data centers, light industry, livestock, municipal lift stations